How to use new vision technology in Shanghai Eye Hospital
As a first-class ophthalmic medical institution in China, Shanghai Eye Hospital has been committed to introducing and developing advanced ophthalmic technology to provide high-quality medical services for patients. In recent years, Shanghai Eye Hospital has introduced new vision technology, which has made breakthroughs in the field of ophthalmology and brought many benefits to patients.
1. Changed the traditional way of surgery
Traditional ophthalmic surgery often requires surgical operation, which brings greater pain and risk to patients. The new horizon technology has completely changed this situation. New Horizon technology uses cold light and laser to conduct minimally invasive treatment on eye tissues, which not only greatly reduces the pain caused by surgery, but also can operate more accurately, reducing the risk of surgery and complications.
In addition, the new vision technology also uses a high-resolution microscope and micro camera, so that doctors can clearly observe the operation process, fine adjust the surgical instruments, and improve the surgical effect and success rate.
This change has made the patients feel more secure and comfortable during the operation, and also provided a better guarantee for the operation effect and patient rehabilitation.
2. Improved surgical accuracy
Traditional ophthalmic surgery often requires manual operation by doctors, and there are certain errors when it is unavoidable. New Horizon technology has greatly improved the accuracy of surgery through the use of laser technology and automation equipment.
First of all, the new horizon technology uses laser cutting and laser correction technology to process eyeball tissue more accurately, avoid surgical errors, and improve the success rate of surgery.
Secondly, the automation equipment in the new vision technology can monitor and adjust the operation in real time, and doctors can fine tune it according to the actual situation of patients to improve the accuracy and effect of the operation.
The application of this technology has brought a revolutionary breakthrough for the accuracy and safety of ophthalmic surgery.
3. Shorten the recovery period
After traditional ophthalmic surgery, patients often need a longer recovery period, and it also takes a period of time to restore their vision. New horizon technology can greatly shorten the recovery period of patients.
The minimally invasive characteristics and precise operation of the new vision technology reduce the trauma to the patient's eyeball tissue during surgery, and the postoperative recovery is faster.
In addition, the new vision technology also makes the surgical effect more obvious and stable because of the improvement of surgical accuracy, and patients can often recover clear vision in a short time after surgery.
This breakthrough change not only greatly improves the treatment experience of patients, but also reduces the economic and psychological burden of patients.
4. Wide range of beneficiaries
The introduction of new horizon technology has wide applicability to the treatment of many ophthalmic diseases.
First, patients with myopia, hyperopia, astigmatism and other refractive errors can be corrected through new vision technology to get rid of the shackles of glasses and contact lenses.
Secondly, the treatment of cataract, glaucoma and other diseases can also use new horizon technology to improve the surgical effect and reduce the trauma of surgery to patients.
In addition, the new vision technology is also widely used in the diagnosis and treatment of eye plastic surgery and eye diseases, providing more choices and hope for the majority of patients.
In a word, the new vision technology of Shanghai Eye Hospital has brought great changes and progress in the field of ophthalmic medicine. By changing the traditional surgical methods, improving the surgical accuracy, shortening the recovery period, and benefiting a wide range of people, it has provided patients with better treatment experience and effects, and has become an important milestone in today's ophthalmic medicine.
